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Pitch, Inches 080 inch 200 inch 375 inch 500 inch 875 inch 1250 inch Traditional Belt Size Designations I

A transmission link transports information from one location to another in a usable and understandable format The three functional attributes of this link are 1 Capacity 2 Condition 3 Quality of Service The deregulation of the local exchange networks has led to significant improvements in one of the following criteria:

Figure 6-35 The chart type can be changed by right-clicking on an empty part of the chart and choosing Chart Type on the menu

TABLE 6-3

The transmission path may include pieces of the existing copper or newer fiber-based network architectures The current copper-based loop limits opportunities

bar charts In addition, charts can be made three dimensional (3D), the legend can be moved or hidden, fonts can be changed, a title can be added, the left axis can be scaled, and more To access all of these options, the user should right-click in a blank part of the chart and choose Chart Properties The Chart Properties dialog box will appear, as shown in Figure 6-36 In this figure, the user has clicked the 3D Options button and turned on the 3D Option Charts with a Right Axis Recall from earlier in the chapter that trying to display two measures with very different formats, such as gross profit (measured in dollars) and gross profit margin (a percentage) forced the percentage to the right Y-axis ProClarity charts also allow users to place a series on the right axis as well as the left Each series can be represented differently as well; the series measured by the left axis can be a bar while the series measured on the right axis can be a line, for example This is a common way to show actual values and percentages in the same chart

For a similar belt pitch, the high-performance belts are significantly stronger than the standard belts Consult belt manufacturers such as Gates Rubber Company or Stock Drive Products to obtain actual belt specifications for your speed and torque requirements As with chain drive systems, different pitches have different belt designations A timing belt s ability to transmit torque is based on the belt s power rating (torque speed) and the belt s width factor The baseline width factor for timing belts is 1 inch To determine the load-carrying capability of a timing belt, you multiply the power rating of the belt by the belt width factor and divide the result by the rotational speed of the smallest pulley diameter With timing belts, general relationships can be used to describe the load-carrying capabilities of the belts You can obtain this information directly from the belt manufacturer, who should also provide a belt design datasheet that will explain how to compute these values directly The pulley centerline distances are computed in a similar manner to how the centerline distances are computed with chain drive systems The calculations are shown in Appendix C They require more work to implement because the center distances have to be determined after the selection of the timing belt is made Timing belts are available only in fixed lengths

The transmission distances associated with the subscriber loop limit the amount of bandwidth available over twisted wire pair roughly to the DS1 rate of 15 Mbps As broadband services become increasingly popular, the copper network severely constrains the broadband services The current switched-star architecture runs at least one dedicated twisted pair from the central office to each customer s door without any intermediate locations available to unbundle the transport segment This precludes a lot of the innovation desired by the end user

V-belts have more of a trapezoidal cross-section, and the pulleys have a V-like shape to them The proper name for a V-belt pulley is a sheave V-belts are the most commonly used type of belt drives They are seen in virtually every type of machinery where synchronization is not required Virtually every automobile on the road has at least one V-belt on the engine They can transmit more power than traditional flat belts because V-belts have two frictional contact surfaces V-belts come in two general classifications: standard and high capacity Five standard sizes are called A, B, C, D, and E, and they range from 1/2-inch wide to 15-inches wide For the high-capacity classifications, the three different sizes are 3V, 5V, and 8V Their widths range from 3/8- to 1-inch wide As with timing belts, V-belts come in fixed lengths